2021 Maths paper 1 Download the paper here: www.education.gov.za/Portals/... I have a complete online course with way more content.Click here: purchase.kevinmathandscience.... 🟢Follow me on Instagram: / kevinmathscience
Kev I'm writing tomorrow my finals I'll nail them with your help.. I've been playing all your videos studying You're the best ❤️❤️ I understand everything now 🎉🎉I'm so excited about tomorrow 😊
I know i already commented but sir your video is literally a life saviour! i was beyond nervous for tomo but now I can so much more confidence walking into my exam venue! i really hope you have the same video for math paper 2! from the bottom of my heat thank you so much
Thank you so much for uploading this😭🙏🏿💕....I am gaining a lot hopefully I will be able to apply everything tomorrow in the exam...God bless You kevin🌻💙Much love bro
My face literally lit up when i saw they gave the parabolic graph as the first derivative of a cubic graph cuz i watched you explain a video on that last night 😭😭😭 you're the GOAT
its been an honor working with u this year i guess this is goodbye kevinmathscience🥺🥺🥺🥺🤟🏽🤟🏽🤟🏽🇿🇦🇿🇦🇿🇦🇿🇦🇿🇦🇿🇦cant believe this is my final exam salute matric 2022🇿🇦🤟🏽🔥🔥🔥
my method on 4.4: i wrote out the terms we wrote in 4.3 again, only i added two more numbers before the 10003 term: (5 + 7 + 9 + ... + 9999 + 10001 +10003) then expanded the second sum notation on the side...(- 3 - 5 - 7 - ... - 9999), and i wrote this array of numbers below the first one... by observation, i saw that the +ve 5 and the -ve 5 cancel out, together with the 7s and 9s, up until 9999. the numbers that are left after the cancelation are: -3, 10001 and 10003 so adding these three numbers give the same result of 20001. i really can't tell which method is easier but i'm only sharing my approach to the question just to show that there are more ways to do this...🤝🏼
Hey kevin... Could you pls clarify what you meant by term 73 being diagonal on question 3.3. I still do struggle to tell the difference with what i encounter while revising. 🙏🏾
Sir I have a question At 5:20 where you too everything to the right I took everything to the left so my answers for y were different. However, when I used them to find my x values and substituted at the end I got the original equations. So my question is, does it matter whether or not my answer is the same as yours for the y values?
You've helped me alot today cuz I'm writing my maths paper tmr😭 But also P(A and B)=0 because it's mutually exclusive P(A or B)=1 and is exhuasive idk if you're wrong or my teacher is wrong for learning us so